Sensome

Sensome

Paris, France· Est.
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Private Company

Funding information not available

Overview

Sensome is a Paris-based, private medical device innovator founded in 2015, operating in the cardiovascular and interventional medicine sectors. The company has developed a proprietary platform that miniaturizes tissue-sensing via bio-impedance into microchips, which can be integrated into standard minimally invasive devices to provide real-time tissue characterization. Its lead product, the Clotild® Smart Guidewire System for acute ischemic stroke, is in the regulatory stage targeting EU, US, and Japanese markets, with additional clinical-stage programs in lung cancer biopsy and peripheral vascular intervention. Sensome represents a novel approach to data-driven interventional care, backed by strategic manufacturing partners like Asahi Intecc and a consortium of investors.

CardiovascularNeurologyOncology

Technology Platform

Miniaturized bio-impedance microchip sensor integrated into minimally invasive devices for real-time tissue characterization and differentiation.

Opportunities

The large and growing markets for stroke thrombectomy, lung cancer diagnostics, and peripheral vascular interventions present significant commercial opportunities.
The platform's versatility allows for expansion into other interventional fields like cardiology.
There is a clear trend in medtech towards digitization and data-driven tools, positioning Sensome's smart devices favorably.

Risk Factors

Key risks include regulatory hurdles for a novel device class, the challenge of driving clinical adoption and securing reimbursement, and potential competition from other sensing technologies being adapted for similar uses.
The company's pre-revenue status makes it dependent on investor funding until commercial launch.

Competitive Landscape

In neurovascular, Clotild competes indirectly with standard 'dumb' guidewires and other thrombectomy adjuvants, but has no direct competitor offering real-time clot characterization. In lung biopsy, it would compete with navigation platforms like Ion (Intuitive) and Monarch (Johnson & Johnson) as well as confirmation tools like radial EBUS. In PVD, it faces competition from advanced imaging guidewires (IVUS, OCT) and specialized crossing devices. Its unique value is real-time, localized tissue data without requiring imaging agents or separate imaging systems.